Delta Electronics plans to showcase a range of technologies focused on artificial intelligence-driven manufacturing, industrial power systems, and energy infrastructure at Hannover Messe 2026 in Germany. The company’s exhibit will center on integrating automation, digital twin technology, and energy-efficient power solutions within industrial operations.
The presentation will include a live demonstration of AI-enabled production within a smart factory environment. This setup is designed to illustrate cyber-physical integration, combining advanced printed circuit board insertion systems with collaborative robotics. Among the robotics applications is a palletizing system powered by the DC16 cobot, intended for end-of-line automation. Delta will also display its Compact Multi-Drive MX300 Series, a modular multi-axis drive system configured to support flexible manufacturing requirements and space optimization.
A new product line, the Chameleon Series industrial power supplies, will be introduced during the event. The AC/DC units provide a 48-volt output and are designed for use in demanding industrial environments. The system operates without a fan and delivers up to 1,000 watts of power with efficiency levels reaching 95%. It is engineered to function across temperatures ranging from minus 40 to 85 degrees Celsius. Additional features include digital output adjustment, PMBus communication, and integrated status signaling to support monitoring and predictive maintenance.
Delta’s exhibit will also feature energy infrastructure solutions combining electric vehicle charging, energy storage, and energy management systems. The UFC 500 DC fast charger is designed for high-power applications such as fleet operations, offering rapid charging capabilities. Complementing this is the C-Series All-In-One Energy Storage Solution, which integrates battery packs, a power conditioning system, liquid cooling, and a control unit within a single cabinet.
The C-Series system provides a capacity of 125 kilowatts and 261 kilowatt-hours within a footprint of 1.42 square meters. Its modular design supports larger-scale deployments and is intended to simplify transport and installation. When combined with energy management tools, the system enables functions such as peak shaving, load balancing, and energy shifting in environments with limited grid capacity.
